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Precipitating Cloud Characteristics during Changma as Seen in TRMM PR Observations

机译:在TRMM PR观测中看到的常带期间沉淀云特性

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摘要

The climatological characteristics of precipitating clouds during Changma, the summer rainy period in the Korean Peninsula, were investigated using the PrecipitationRadar (PR) on theTropicalRainfallMeasuringMission(TRMM) satellite. This investigation was further augmented with reanalysis data. Specifically, Changma clouds are compared with post-Changma clouds. Similarities and differences in cloud properties between the two periods are discussed based on seasonal changes in thermodynamic environments. For convective clouds migrating along the Changma (stationary) front, rain intensity ismuch stronger and cloud height is relatively higher than during any other summer period, including post-Changma period. Convective rain clouds have a large seasonal variability, even during summer. The seasonal variability in rain parameters related to convective rain type appears to be due to the thermodynamic and dynamic environments.
机译:使用沉淀radar(PR)对沉淀的沉淀症,朝鲜半岛夏季下雨时期沉淀云的气候特征进行了沉淀radarmeasuremissulmissulmissulms(Trmm)卫星。 通过重新分析数据进一步增强了这项调查。 具体而言,常带云与后代云进行比较。 基于热力学环境中的季节变化,讨论了两个时段之间的云属性的相似性和差异。 对于沿着常带(静止)前线迁移的对流云,雨强度ismuch更强,云高度比在包括后代期间的任何其他夏季期间相对较高。 导致雨云甚至在夏天也有很大的季节性变异性。 与对流雨型有关的雨季参数的季节变异似乎是由于热力学和动态环境。

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